Sentence examples for distinguishable frequency from inspiring English sources

The encryption involves scattering the distinguishable frequency data in the image using a reversible weighting factor amongst the rest of the frequencies.

Since Pinterest doesn't update or notify you if an item you pinned has become unavailable with any distinguishable frequency (which is probably for the best in cases like these), the only way to know if the status has changed is to click through to the link.

This paper seeks to characterise infrasound and low-frequency noise (ILFN) from a wind farm, which contains distinct tonal components with distinguishable blade-pass frequency and higher harmonics.

In this category of schemes, the main logic of attack detection assumes that each radio transceiver generates a distinct radio frequency signal that reflects some physical characteristics that make it distinguishable from other transceivers, which is called its frequency fingerprint.

So far we have shown that different categories of enzymes and metabolic pathways possess well-distinguishable probe-set frequency patterns.

The wild-type strain and the negative control strain were distinguishable, however, by the frequency of cells containing more than one spot of cre signal (Table 2).

There were no statistically distinguishable differences in the frequencies of any of these populations between control and immunosuppressive dendritic cell recipients as well as within each group compared with baseline at any time during the trial, with one exception.

A WDM soliton system transmits over the same fiber several soliton bit streams, distinguishable through their different carrier frequencies.

The simulation results showed that a neural network's spiking rates at different input frequencies were more distinguishable than that of a single neuron.

BAPS estimates the hidden population substructure by clustering individuals into genetically distinguishable groups based on allele frequencies and linkage disequilibrium.

Patterns are divided into positive (i.e., global) and negative (i.e., local), such that global patterns are used to identify clines in allele frequencies and genetically distinguishable groups.